LOW SMOKE&FUME ZERO HALOGEN WIRES & CABLES

BS 7211 | BS 6724 | IEC 60502-1

CONTENTS

1

GENERAL INTRODUCTION

LOW SMOKE&FUME WIRES AND CABLES 4

INTRODUCTION

XLPE INSULATED LSF0H SHEATHED CABLES 12 13 17 18

WIRES COPPER | UNARMOURED ALUMINUM WIRE ARMOURED CABLES | COPPER STEEL WIRE ARMOURED CABLES | COPPER

GENERAL INTRODUCTION

Bahra Cables Company was established in 2008 to serve Saudi & GCC Markets. It is based in Bahra industrial city located 25km from Jeddah. Bahra Cables Factory occupies over 200,000 square meters of prime manufacturing space together with associated design offices, laboratories and storage area. It specializes in Manufacturing and Distributing Electric Cables.

Bahra Cables Company is committed to the production of the best product quality and service, utilizing cutting edge European Technology in its manufacturing. The core technologies in production processes, material applications and logistic procedures were provided by German experts with key functions being managed by German engineers.

The organization has a lean vertical management structure which is designed to integrate with a highly developed IT-based structure. This partnership allows the rapid flow of information through the management chain and facilitates timely response in the best traditions of ‘hands on’ management. Bahra Cables Company has the flexibility to provide a versatile product range to serve the construction, electric utilities, distribution, industrial, oil & gas and petrochemical sectors. The cables produced comply with both American standards ( UL , ANSI and ICEA ) and European standards ( IEC, BS, NF and VDE specifications.)

The scope of this catalogue is to provide an in depth view of the technical information of the low voltage cables 0.6/1.0KV, with PVC or XLPE insulation to IEC 60502-1 and XLPE insulation to BS 5467.

Bahra Cables Company Catalogues is about Control & Auxiliary cables, Power and control Tray Cables to UL 1277, cables having low emission of smoke and corrosive gases (LSF) to IEC60502-1 or BS 6724 are available upon request.

AREA Bahra Cables Company has a total land area of about 200,000sqm at disposal. The built area, including offices and plant, of start up phase is more than 30,000sqm. The factory extension under construction is more than 20,000sqm already. The total available stock yard for storage is more than 20,000sqm

1

PRODUCT SCOPE BAHRA CABLES COMPANY is committed to deliver the highest standard wires and power cables to the local market, GCC and for export. To do so, Bahra Cables Company produces a versatile product range cover most of our customer needs: • Flexible wires and cables up to 300 mm2 to IEC 60227 , BS 6004 & BS 6500 . • Building wires, THHN/THWN & THW to UL 8.3, with conductor sizes starting from 16 AWG. • Thermosetting insulated wires types XHHW-2 , XHHW, XHH, RHW-2, RHW &RHH to UL44 • Building wires ( NYA) to IEC 60227 and BS 6004, from 1.5 mm2 and above. • LV power Cables with PVC and XLPE insulation to IEC 60502-1, BS 5476, BS 7889 and UL 1277. • MV cables to IEC 60502-2 up to 18/30 (36) kv and to BS 6622 up to 19/33 (36) kv. • Low smoke and fume , zero halogen building wire ( LSFZH) to BS 7211 , with thermo setting insulation which is alternative to wire type (NYA) , where the application requires higher

standards

of

safety

against

the

emission

of

smoke,

fumes

and

toxic

gases.

• LV cables with LSFZH, thermosetting insulation which under exposure of to fire generate low emission of smoke, fumes and toxic gases and zero halogens. The cables are produced according to BS 6724, IEC 60502-1 and tested to IEC 61034 , IEC 60754 & IEC 60332. • MV cables with LSFZH to BS 7835. • HV cables up to 69 kv to IEC 60840, and to ANSI / ICEA S-108-720, with conductor sizes up to 1200 mm2. The future product scope will be extended to Extra High Voltage cables up to 480 kv and conductor cross sections bigger than 2000 mm2.

FACTORY MACHINERY All production machines are top of the line of the cables machinery suppliers. From start up with wire drawing lines to extrusion lines, to assembly machines up to the laboratories and the final test fields, all technical equipment is provided with the highest European standards of electronic control equipment and measuring devices which insures that the requirements of different quality standards are met. All machines/production lines are prepared for data communication and data exchange bottom up and top down using the most modern decentralized control software at the lines (PLC) combined with an efficient central steering and a planning system focused on the

demand of

cable manufacturers. This way, full traceability will be guaranteed from production start to end, by being able to follow up the machines involved and the material used.

2

LOGISTICS All material flow in BCC from incoming raw material up to outgoing cables will be planned and controlled by a complete software system. Herein a classical ERP system will be enhanced and completed by the most modern MES (Manufacturing Executive System) which has a unique focus on the specific problematic issues of cables manufacturing with longitudinal products being winded up and winded off. The Manufacturing Executive System - MES - covers:

PLANNING The planning system is active on several levels. For the proper function, all master data (material properties, dimensions, etc.) are saved and permanently maintained in the central database based on - Cable design - Planning of Sales Orders - Planning of Production Orders

DATA COMMUNICATION The exchange of data is important in several areas. - Incoming inspection - Raw Materials - Status quo of production orders - Finished goods - Shipping status

3

LOW SMOKE & FUME WIRES AND CABLES INTRODUCTION

The increase of safety awareness against fire risk inside buildings has raised the requirements for electrical installation using wire and cable having low emission of smoke and corrosive gases when affected by fire to safe people, building, equipments and the environment. Bahra cables provides its customers with a high quality cables with low smoke , low fume and corrosive gases, zero halogen manufactured and tested to the heist international standards assuring the ultimate safe electrical installations.

FEATURES Halogen is added to the plastics used in conductor’s insulation and to cable sheathing in order to increase the aspects of flame retardant and give it the property of self-extinguish such as PVC which contain chlorine atom. Chlorine is one of halogens as Fluorine, Bromide and Iodine. But, in case of fire, halogens produce great amount of smoke that hamper visibility required for escaping from a dangerous places or trying to find an exit out. Additionally, the action of burning generates amounts of asphyxiating gases (PVC produces HCI, CO & CO2) which dissolves in the fluids of the human body organs like lungs, nose and eye causing cell damage, shortage of oxygen and suffocation. Because of these risks, it is not proper to use cables that contain halogens when installing cables in places crowded with people. Corrosive gases generating by burning have a sever effect in damaging the metals, equipments and electronic components inside buildings. Low smoke and fume, zero halogen insulation and sheathing material is used in cables have several advantages in reducing the risk of fire as: • The smoke density of burnt cables is to minimum, allow people to evacuate safely from the building, and rescue groups to act efficiently. • No halogens / toxic fumes or asphyxiating gases. • No Corrosive gases damage the hardware. • Cables are flame retardant, preventing the flame spread. • Ozone and Environmental freindly Several different abbreviations are usually used to inscribe Low smoke, zero halogen compounds, for example:

4

Abbreviation

Description

LSF0H

Low Smoke and Fume Zero Halogen

LS0H

Low Smoke Zero Halogen

OH-LSF

Zero Halogen , Low Smoke and Fume

LSFH

Low Smoke and Free of Halogen

HFFR

Halogen Free Flame RetardantGrey

LSOH-XL

Low Smoke Zero Halogen, Cross Linked (Thermosetting compound)

LOW SMOKE & FUME WIRES AND CABLES INTRODUCTION

APPLICATION

Several critical buildings where safety against fire is mandatory to reduce the risk death or injured personals, as example:



Types • • • •

MOSQUES

SCHOOLS&UNIVERSITIES

AIRPORTS

RECREATIONAL PLACES & AMUSEMENT PARKS

HOSPITALS

MARKETS&MALLS

INDOOR WORK - PLACES

of Low Smoke and fume, Zero Halogen wires and cables Building wires 450/750 V to BS 7211 Non armoured cables 450/750 V BS 7211 Non-Armoured cables to IEC 60502-1 Armoured cables to IEC 60502-1 & BS 6724

5

LOW SMOKE & FUME WIRES AND CABLES INTRODUCTION

CABLE STRUCTURE 1.0 CONDUCTORS A conductor is the metallic part of cables that is carrying the electric current. Conductor materials are: 1.1 Plain annealed or tin coated copper conductor (to BS EN 1977, ASTM B3, ASTM B49 & ASTM B 33) The conductor structure is complying to the requirements of BS EN 60228 (IEC 60228) class 2 stranded, non Compacted, compacted or compacted sector shaped conductors. The shape codes are: re, round solid rm, round stranded rmc, round compacted stranded sm, sectoral stranded 2 INSULATION 2.1

Each core conductor is insulated by extruded plastic material as will follow; the insulation thickness is selected based on the designated voltage rate complying with BS7211 for 450/750KV and IEC 60502-1 & BS 6724 suitable for 0.6/1.0 KV.

2.2

The insulation integrity is controlled online by an AC spark tester with test methods specified in BS EN 62230 and using test voltage specified in BS 5099.

2.3

Insulation Material : Insulation material is selected to match the desired customer requirements and customer specification.

2.3.1 Low Smoke Zero Halogen, Cross Linked flame retardant type EI 5 conforming to BS 7655-5.1 2.3.2 Low Smoke Zero Halogen, Cross Linked XLPE complying with IEC 60502, and to the requirements of GP-8 type as specified in BS 7655-1.3 2.3.3 Bahra Cables’ stranded insulation color codes are described in Table-1 (i.e. used in the products of this catalogue), meanwhile the color code as per BS 6724 is offered to our customers upon their request. Table 1: Insulated Core Color Codes Number of

Colors to IEC 60502-1

Colors to BS 6724 (A:2008)

1

Red or Black

Brown or Blue

2

Red & Black

Brown & Blue

3

Red, Yellow and Blue

Brown, Black and Grey

Cores

6

4

Red, Yellow, Blue and Black

Blue, Brown, Black and Grey

5

Red, Yellow, Blue, Black and Green / Yellow

Green / Yellow, Blue, Brown, Black and Grey

LOW SMOKE & FUME WIRES AND CABLES INTRODUCTION

3.0

CABLE ASSEMBLY

The Insulated cores are laid up together to form the laid up cable cores. Extruded suitable polymer compound or non-hygroscopic polypropylene filler is applied (when required) between laid up cores to provide a circular shape to the cable. Suitable polymeric tape(s) is used as a barrier tape over the laid up cores. Such tape(s) will bind the cores together and prevents them from opening out, acts as a separator between different polymers used in a cable and works as a heat barrier between the cores and the extruded bedding. 4.0

BEDDING

It could be also called inner sheath, which serves as a bedding under cable armouring to protect the laid up cores and as a separation sheath. Suitable low smoke and fume zero halogen material is used as bedding material. 5.0

ARMOURING

The cable intended for tray application is protected enough and does not require an armour in general, while it is recommended to have an armour for the cable intended for Direct Burial applicable. The armour provides mechanical protection against crushing forces. Armour also can serve as an Earth Continuity Conductor (ECC). The armouring type could be: 5.1 One layer of Galvanized Round Steel Wire to BS EN 10257 is applied helically over the bedding. 5.2 Aluminum wire armouring for a single Core Cable acts as non magnetic armour. 6.0 OUTERSHEATH (OUTERJACKET) 6.1 It is the outer protection part of the cable against the surrounding environment. Halogen Free Flame Retardant (HFFR) compounds complying with ST8 to IEC 60502-1 or Types LTS 1 & LTS 4 to BS 7655: section 6 with low smoke, low fume and low toxic gas emitting in case of fire. The standard sheath color is Black, meanwhile other colors such as Red and Light Blue can also be provided as per customer request and in this case suitable UV proved additive is added to the Master batch to ensure resistance to sunlight.

7

LOW SMOKE & FUME WIRES AND CABLES INTRODUCTION

PERFORMANCE AND SPECIFICATION STANDARDS Low smoke and fume, zero halogen cables are manufactured and tested to different standards, 1. Smoke Density Test - ICE 61034 The smoke emission of cables or wires was is measured using a room chamber called named the three meters cube as shown in figure (1), it is a cube with sides of (3m) long. By putting the cables to be tested horizontally upon alcoholic tray as a source of fire with limited amount of smoke (the number of samples to be determined according to the required specification “standard”), in addition to scalar lamp in one of the sides of the room facing a electro-photocell photo-electric cell to measure the density of light in the opposite wall connected to an electric circuit and a computer to record the value of the absorbed light and its relation to the time of test. The level of smoke density shall be determined on the basis that before the test the density of the absorbed light shall be considered to be 100% as there is no smoke that hampers the light to reach from the source. After starting the test and as a result of the smoke emission due to burning cables that causes hindering the light from the emitted by the lamp from reaching the electro-photocell photoelectric cell, then the amount of light starts to be less gradually and according to the increment and the density of smoke, the electro-photocell photo-electric cell starts to calculate the percentage of transmitted light during the test. The duration of the test according to the specification IEC 61034 is (40 minutes), in addition, the minimum percentage of transmitted light required according to the international specification is 60%. The factory and the client can agree on lesser or higher value as per the required safety degree and according to the number of persons to be in the site (building, facility or market, etc.) Figure 1:

8

LOW SMOKE & FUME WIRES AND CABLES INTRODUCTION

2.

Testing the Content of Acidic Halogen Gases- ICE 60754-1

It is required in cables of zero halogen that all insulation, inner and outer sheath materials to pass a test to determine the percentage of halogen content within each component (IEC 60754-1). This percentage should not exceed 0.5%. The test is conducted by burning a small sample of the insulation or the covering inside a tubular furnace as shown in figure (2), at 800 oC in the presence of a source of dry and cleans air. The result of the burning process to be collected and then to be analyzed chemically in order to determine the percentage of halogen, which should be not more than 0.5%. This is called the direct way. 3.

Testing Acidity and Conductivity for the burned Halogens -IEC 60754-2

The percentage of halogen could be measured indirectly through measuring the degree acidity and conductivity. The percentage of acidity (which has a direct relation with halogen) should not be more than 4.3% per every (1) one letter of the distilled water. In this method, a sample of the insulation or the outer covering to be burned as per the first method shown in figure (2) but with higher temperature (935 oC), the result of the burning process to be collected in a distilled water, then measuring the acidity which should not be more than 4.3% representing a low degree of acidity. When measuring the percentage of conductivity, it should be more than 10µS/mm. Any of the previous methods or both of them could be used.

Figure 2:

9

LOW SMOKE & FUME WIRES AND CABLES INTRODUCTION

4.

Flame retardant test for a single Cable (IEC-60332-1)

Where each sample with a length of 60cm fixed vertically as shown in figure (3) is exposed to a flame of 3.500Btu/h for a period according to the cable diameter, The measure for passing the test that fire is self-extinguished when moving the flame away and that the affected part by fire should not be more than 5 cm below the top of the upper support. Cables that complying with this test is safe enough in case of using a single cable on cable ladder or any other place within the site.

Figure 3:

10

LOW SMOKE & FUME WIRES AND CABLES INTRODUCTION

5.

Flame retardant test for bunched Cables (IEC-60332-3)

When there are many cables on a cable ladder (Fig 4) , they should comply with the test of flame retardant (testing a bunch of cables mounted vertically on ladder - IEC 60332-3). This test is categorized into many categories as it is stronger than the previous test for a single cable. Whereas the bunch of cables is tested, the number of selected cables samples is calculated according to the amount of plastic per each meter length of cables under test. Each sample to be with a length of 3.5m at least and to be fixed vertically on a ladder as shown in figure (4), then to be exposed to a flame of 70.000 Btu/h for a period of (20) minutes (category C) or for (40) minutes (Category A) according to the required degree for testing. The measure for passing the test that when moving the flame away or turning the flame off, the burning on the cables shall be self-extinguished or it will be extinguished by the inspector after one hour as maximum. Then the length of the damage will be measured, the length of charred position on the test sample should not have reached a height exceeding 2.5 m above the bottom edge of the burner. The strength of this test returns to the presence of more than cable subject to fire, because when the materials used in cables catch fire they cause the neighboring cables to catch fire also, which in turn lead to spread fire quicker. In addition, the intensity of flame and the long time of test are similar to the most difficult circumstances that may occur to these cables in the site. Figure 4:

11

H07 Z-R INSULATED CONDUCTOR ANNEALED STRANDED COPPER WIRES/LSOH-XL INSULATION RATED 90°C | 450/750 V

BS 7211

LSOH-XL Insulation

Catalogue Size Code mm*2

Conductor Construction No. of Wires X Nominal Wire Diameter mm

Copper Conductor

Maximum Conductor Resistance ohm/km at 20°C

Insulation Nominal Outer Thickness Diameter mm mm

Packaging

12660130

1.5

7 X 0.525

12.1

0.7

3.0

22

100 Yard/Coil

12660140

2.5

7 X 0.672

7.41

0.8

3.64

30

100 Yard/Coil

12660150

4.0

7 X 0.844

4.61

0.8

4.23

40

100 Yard/Coil

12660160

6.0

7 X 1.04

3.08

0.8

4.67

51

100 Yard/Coil

12660170

10

7 X 1.35

1.83

1.0

6.13

71

100 Yard/Coil

12660180

16

7 X 1.7

1.15

1.0

7.17

95

100 Yard/Coil

12660190

25

7 X 2.13

0.727

1.2

8.86

126

100 Yard/Coil

12660200

35

7 X 2.5

0.542

1.2

9.5

140

100 Yard/Coil

12661130

1.5

7 X 0.525

12.1

0.7

3.0

22

1000 M/Drum

12661140

2.5

7 X 0.672

7.41

0.8

3.64

30

1000 M/Drum

12661150

4.0

7 X 0.844

4.61

0.8

4.23

40

1000 M/Drum

12661160

6.0

7 X 1.04

3.08

0.8

4.67

51

1000 M/Drum

12661170

10

7 X 1.35

1.83

1.0

6.13

71

1000 M/Drum

12661180

16

7 X 1.7

1.15

1.0

7.17

95

1000 M/Drum

12661190

25

7 X 2.13

0.727

1.2

8.86

126

1000 M/Drum

12661200

35

7 X 2.5

0.542

1.2

9.5

140

1000 M/Drum

12661210

50

19 X 1.78

0.387

1.4

11.76

166

1000 M/Drum

12661220

70

19 X 2.13

0.268

1.4

13.5

204

1000 M/Drum

12661230

95

19 X 2.5

0.193

1.6

15.74

245

1000 M/Drum

12661240

120

37 X 2.02

0.153

1.6

16.2

279

1000 M/Drum

12661250

150

37 X 2.23

0.124

1.8

19.23

313

1000 M/Drum

12661260

185

37 X 2.5

0.0991

2.0

20.6

354

1000 M/Drum

12661270

240

61 X 2.25

0.0754

2.2

24.65

412

1000 M/Drum

12661280

300

61 X 2.54

0.0601

2.4

27.65

466

1000 M/Drum

12661290

400

61 X 2.85

0.047

2.6

30.69

531

1000 M/Drum

12661300

500

61 X 3.2

0.0366

2.8

34.21

603

1000 M/Drum

12661310

630

61 X 3.79

0.0286

2.8

36.2

686

1000 M/Drum

SPECIFICATION: International standards BS 7211 CONDUCTOR: Soft annealed copper to BS-EN 60228, class 2 stranded condutor INSULATION: Thermoplastic insulation of LSOH-XL type EI5 in accordance with BS 7655-51 IDENTIFICATION ON WIRE: BAHRA CABLES CO. KSA 1.5mm2 CU/LSOH-XL (450/750V) 90 DEG C, BS 7211

PACKING: Very modern packing with standard length 100 yards coils or 1000m drums (or according to the requirement) with strong wrapping plastic easy to open and easy to use up to the last meter, Light weight environment friendly. COLOR: Available colors for wires Red, yellow, blue, black, brown, green, green/ yellow, white & grey. Other colors are available upon request The fourth digit of the product catalogue code number is for wire color identification. Color Codes:

12

Current Caryying Capacity

XLPE INSULATED LSF0H SHEATHED CABLES COPPER CONDUCTOR | UNARMOURED | 0.6/1 kV CU/XLPE/LSF0H

LSF0H Sheathing

XLPE Insulation

Copper Conductor

Single core Conductor Cross Sectional Area Nominal mm 2

Number of Wires

16510006

4 rm

16510008

Insulation

Outer Sheath

Packaging

Thickness Nominal

Thickness Nominal

Overall Diameter

Net Weight

Standard Drum

mm

mm

Approx mm

Approx kg/km

m+/-2%

7

0.7

1.4

7.5

83

1000

6 rm

7

0.7

1.4

8.1

105

1000

16510009

10 rm

7

0.7

1.4

9.0

151

1000

16510010

16 rm

7

0.7

1.4

10.0

215

1000

16510011

25 rm

7

0.9

1.4

11.7

315

1000

16510012

35 rm

7

0.9

1.4

12.8

410

1000

16510013

50 rm

19

1

1.4

14.5

530

1000

16510014

70 rm

19

1.1

1.4

16.5

745

1000

16510015

95 rm

19

1.1

1.5

18.5

1005

1000

16510016

120 rm

37

1.2

1.5

20.3

1245

1000

16510017

150 rm

37

1.4

1.6

22.5

1525

1000

16510018

185 rm

37

1.6

1.6

24.5

1890

1000

16510019

240 rm

61

1.7

1.7

26.7

2515

1000

16510020

300 rm

61

1.8

1.8

29.4

3125

500

16510021

400 rm

61

2.0

1.9

32.7

3965

500

16510022

500 rm

61

2.2

2.0

36.4

5035

500

16510023

630 rmc

61

2.4

2.2

41.8

6355

500

Cable Code

13

XLPE INSULATED LSF0H SHEATHED CABLES COPPER CONDUCTOR | UNARMOURED | 0.6/1 kV CU/XLPE/LSF0H

Two cores Conductor Cross Sectional Area Nominal mm 2

Number of Wires

16510105

4 rm

16510107

Insulation

Outer Sheath

Packaging

Thickness Nominal

Thickness Nominal

Overall Diameter

Net Weight

Standard Drum

mm

mm

Approx mm

Approx kg/km

m+/-2%

7

0.7

1.8

14.2

230

1000

6 rm

7

0.7

1.8

15.3

295

1000

16510108

10 rm

7

0.7

1.8

17.2

415

1000

16510109

16 rm

7

0.7

1.8

19.2

585

1000

16510110

25 rm

7

0.9

1.8

22.6

875

1000

16510111

35 rm

7

0.9

1.8

24.6

982

500

Cable Code

Three cores Conductor Cross Sectional Area Nominal mm 2

Number of Wires

16510201

1.5 rm

16510203

Outer Sheath

Packaging

Thickness Nominal

Thickness Nominal

Overall Diameter

Net Weight

Standard Drum

mm

mm

Approx mm

Approx kg/km

m+/-2%

7

0.7

1.8

12.8

155

1000

2.5 rm

7

0.7

1.8

13.7

208

1000

16510205

4 rm

7

0.7

1.8

14.8

275

1000

16510207

6 rm

7

0.7

1.8

16.0

355

1000

16510208

10 rm

7

0.7

1.8

18.0

511

1000

16510209

16 rm

7

0.7

1.8

20.2

730

1000

16510210

25 rm

7

0.9

1.8

23.8

1105

1000

16510211

35 sm

7

0.9

1.8

21.2

1220

1000

16510212

50 sm

7

1.0

1.8

24.3

1615

1000

16510213

70 sm

19

1.1

1.9

27.5

2265

1000

16510214

95 sm

19

1.1

2.0

30.8

3065

1000

16510215

120 sm

37

1.2

2.1

34.1

3825

500

16510216

150 sm

37

1.4

2.3

40.0

4735

500

16510217

185 sm

37

1.6

2.4

42.1

5885

500

16510218

240 sm

61

1.7

2.6

47.2

7655

500

16510219

300 sm

61

1.8

2.8

55.2

9255

500

16510220

400 sm

61

2.0

3.0

59.3

12140

300

16510221

500 sm

61

2.2

3.3

65.7

15500

300

Cable Code

14

Insulation

XLPE INSULATED LSF0H SHEATHED CABLES COPPER CONDUCTOR | UNARMOURED | 0.6/1 kV CU/XLPE/LSF0H

XLPE Insulation Copper Conductor LSF0H Inner Sheathing

LSF0H Sheathing

Four cores Conductor Cross Sectional Area Nominal mm 2

Number of Wires

16510305

4 rm

16510307

Insulation

Outer Sheath

Packaging

Thickness Nominal

Thickness Nominal

Overall Diameter

Net Weight

Standard Drum

mm

mm

Approx mm

Approx kg/km

m+/-2%

7

0.7

1.8

15.9

405

1000

6 rm

7

0.7

1.8

17.3

515

1000

16510308

10 rm

7

0.7

1.8

19.4

720

1000

16510309

16 rm

7

0.7

1.8

21.8

1000

1000

16510310

25 rm

7

0.9

1.8

26.0

1470

1000

16510311

35 sm

7

0.9

1.8

25.4

1595

1000

16510312

50 sm

7

1.0

1.9

29.5

2130

1000

16510313

70 sm

19

1.1

2.0

33.6

3000

1000

16510314

95 sm

19

1.1

2.1

37.6

4045

500

16510315

120 sm

37

1.2

2.3

40.4

5135

500

16510316

150 sm

37

1.4

2.4

44.9

6370

500

16510317

185 sm

37

1.6

2.6

51.0

7740

500

16510318

240 sm

61

1.7

2.8

57.0

10155

500

16510319

300 sm

61

1.8

3.0

63.3

12647

300

16510320

400 sm

61

2.0

3.3

70.2

16160

300

16510321

500 sm

61

2.2

3.5

79.0

20570

300

Cable Code

15

XLPE INSULATED LSF0H SHEATHED CABLES COPPER CONDUCTOR | UNARMOURED | 0.6/1 kV CU/XLPE/LSF0H

Four cores with reduced neutral Conductor Cable Code

16

Cross Sectional Area Nominal mm 2

Insulation

Number of Wires

Outer Sheath

Packaging

Thickness Nominal

Thickness Nominal

Overall Diameter

Net Weight

Standard Drum

mm

mm

Approx mm

Approx kg/km

m+/-2%

Ph

Ne

Ph

Ne

Ph

Ne

16510358

10 rm

6 rm

7

7

0.7

0.7

1.8

19

642

500/1000

16510359

16 rm

10 rm

7

7

0.7

0.7

1.8

22

895

500/1000

16510360

25 rm

16 rm

7

7

0.9

0.7

1.8

25

1320

500

16510361

35 sm

16 rm

7

7

0.9

0.7

1.8

25

1478

500

16510362

50 sm

25 rm

7

7

1.0

0.9

1.8

29

1952

500

16510363

70 sm

35 rm

19

7

1.1

0.9

1.9

33

2750

500

16510364

95 sm

50 rm

19

19

1.1

1.0

2.1

37

3674

500

16510365

120 sm

70 rm

37

19

1.2

1.1

2.2

40

4605

500

16510366

150 sm

70 rm

37

19

1.4

1.1

2.3

45

5552

500

16510367

185 sm

95 rm

37

19

1.6

1.1

2.5

50

6978

500

16510368

240 sm 120 rm

61

37

1.7

1.2

2.7

55

9280

250

16510369

300 sm 150 rm

61

37

1.8

1.4

2.9

61

11140

250

16510370

400 sm 185 rm

61

37

2.0

1.6

3.1

68

14520

250

16510371

500 sm 240 rm

61

61

2.2

1.7

3.4

76

18042

250

XLPE INSULATED LSF0H SHEATHED CABLES COPPER CONDUCTOR | ALUMINUM WIRE ARMOURED | 0.6/1 kV CU/XLPE/AWA/LSF0H

LSF0H Sheathing

(AWA) Aluminum Wire Armour

XLPE Insulation

Copper Conductor

LSF0H Inner Sheathing

Single core Conductor Cable Code

Cross Sectional Area Nominal mm 2

Number of Wires

Insulation

Armouring

Outer Sheath

Packaging

Thickness Nominal

Thickness Nominal

Overall Diameter

Net Weight

Standard Drum

mm

Dia. of Aluminum wire Nominal mm

mm

Approx mm

Approx kg/km

m+/-2%

16600004

95 rm

19

1.1

1.6

1.8

22.8

1300

1000

16600005

120 rm

37

1.2

1.6

1.8

24.5

1565

1000

16600006

150 rm

37

1.4

1.6

1.8

26.4

1870

1000

16600007

185 rm

37

1.6

1.6

1.8

28.5

2265

1000

16600008

240 rm

61

1.7

1.6

1.9

31.8

2895

1000

16600009

300 rm

61

1.8

1.6

1.9

33.7

3460

500

16600010

400 rm

61

2.0

2.0

2.1

38.4

4490

500

16600011

500 rm

61

2.2

2.0

2.2

42.6

5660

500

16600012

630 rmc

61

2.4

2.0

2.4

47.0

7155

500

17

XLPE INSULATED LSF0H SHEATHED CABLES COPPER CONDUCTOR | STEEL WIRE ARMOURED | 0.6/1 kV CU/XLPE/SWA/LSF0H

Two cores Conductor Cable Code

Cross Sectional Area Nominal mm 2

Number of Wires

Insulation

Armouring

Outer Sheath

Packaging

Thickness Nominal

Thickness Nominal

Overall Diameter

Net Weight

Standard Drum

mm

Dia. of Steel wire Nominal mm

mm

Approx mm

Approx kg/km

m+/-2%

16530004

6 rm

7

0.7

1.25

1.8

17.9

700

1000

16530005

10 rm

7

0.7

1.25

1.8

19.7

880

1000

16530006

16 rm

7

0.7

1.25

1.8

21.5

1090

1000

16530007

25 rm

7

0.9

1.6

1.8

26.8

1650

1000

16530008

35 rm

7

0.9

1.6

1.8

28.8

1960

1000

Three cores

18

16530103

6 rm

7

0.7

1.25

1.8

18.6

785

1000

16530104

10 rm

7

0.7

1.25

1.8

20.5

995

1000

16530105

16 rm

7

0.7

1.25

1.8

22.5

1265

1000

16530106

25 rm

7

0.9

1.6

1.8

28.1

1895

1000

16530107

35 sm

7

0.9

1.6

1.8

27.7

2115

1000

16530108

50 sm

7

1.0

1.6

1.9

31.3

2635

1000

16530109

70 sm

19

1.1

2.0

2.0

35.4

3630

500

16530110

95 sm

19

1.1

2.0

2.2

39.6

4635

500

16530111

120 sm

37

1.2

2.0

2.3

43.6

5540

500

16530112

150 sm

37

1.4

2.5

2.5

48.5

7095

500

16530113

185 sm

37

1.6

2.5

2.6

52.7

8455

500

16530114

240 sm

61

1.7

2.5

2.8

58.3

10495

300

16530115

300 sm

61

1.8

2.5

3.0

63.8

12680

300

16530116

400 sm

61

2.0

2.5

3.2

72.3

15700

300

16530117

500 sm

61

2.2

3.15

3.5

80.1

20380

250

XLPE INSULATED LSF0H SHEATHED CABLES COPPER CONDUCTOR | STEEL WIRE ARMOURED | 0.6/1 kV CU/XLPE/SWA/LSF0H

Copper Conductor XLPE Insulation LSF0H Inner Sheathing

LSF0H Sheathing

(SWA) Steel Wire Armour

Four cores Conductor Cable Code

Cross Sectional Area Nominal mm 2

Number of Wires

Insulation

Armouring

Outer Sheath

Packaging

Thickness Nominal

Thickness Nominal

Overall Diameter

Net Weight

Standard Drum

mm

Dia. of Steel wire Nominal mm

mm

Approx mm

Approx kg/km

m+/-2%

16530202

4 rm

7

0.7

1.25

1.8

18.4

745

1000

16530203

6 rm

7

0.7

1.25

1.8

19.8

890

1000

16530204

10 rm

7

0.7

1.25

1.8

22.0

1155

1000

16530205

16 rm

7

0.7

1.6

1.8

26.1

1660

1000

16530206

25 rm

7

0.9

1.6

1.8

30.2

2250

1000

16530207

35 sm

7

0.9

1.6

1.9

30.8

2600

1000

16530208

50 sm

7

1.0

1.6

2.0

34.9

3265

500

16530209

70 sm

19

1.1

2.0

2.2

40.0

4590

500

16530210

95 sm

19

1.1

2.0

2.3

44.4

5805

500

16530211

120sm

37

1.2

2.5

2.5

48.6

7480

500

16530212

150sm

37

1.4

2.5

2.6

53.3

8905

500

16530213

185sm

37

1.6

2.5

2.8

59.2

10565

500

16530214

240sm

61

1.7

2.5

3.0

65.6

13430

300

16530215

300 sm

61

1.8

2.5

3.2

71.9

16225

250

16530216

400 sm

61

2.0

3.15

3.5

82.6

21195

250

16530217

500 sm

61

2.2

3.15

3.8

90.8

26150

250

19

XLPE INSULATED LSF0H SHEATHED CABLES COPPER CONDUCTOR | STEEL WIRE ARMOURED | 0.6/1 kV CU/XLPE/SWA/LSF0H

Four cores with reduced neutral Conductor Cable Code

20

Cross Sectional Area Nominal mm 2

Insulation Armouring

Number of Wires

Thickness Nominal mm

Dia. of Steel wire Nominal mm

Outer Sheath

Packaging

Thickness Overall Net Standard Nominal Diameter Weight Drum mm

Approx mm

Approx kg/km

m+/-2%

Ph

Ne

Ph

Ne

Ph

Ne

16530250

16 rm

10 rm

7

7

0.7

0.7

0.8

1.8

23.8

1275

1000

16530251

25 rm

16 rm

7

7

0.9

0.7

1.6

1.8

29.4

2125

1000

16530252

35 sm

16 rm

7

7

0.9

0.7

1.6

1.8

30.6

2450

1000

16530253

50 sm

25 rm

7

7

1.0

0.9

1.6

1.9

34.7

3130

500

16530254

70 sm

35 rm

19

7

1.1

0.9

2.0

2.1

39.8

4315

500

16530255

95 sm

50 rm

19

19

1.1

1.0

2.0

2.2

44.2

5420

500

16530256 120 sm

70 rm

37

19

1.2

1.1

2.0

2.3

46.8

6940

500

16530257 150 sm

70 rm

37

19

1.4

1.1

2.5

2.5

52.9

7680

500

16530258 185 sm

95 rm

37

19

1.6

1.1

2.5

2.7

59.0

9935

500

16530259 240 sm

120rm

61

37

1.7

1.2

2.5

2.9

65.4

12395

300

16530260 300 sm 150 rm

61

37

1.8

1.4

2.5

3.0

71.5

14850

300

16530261 400 sm 185 rm

61

37

2.0

1.6

3.15

3.3

81.1

21300

250

16530262 500 sm 240 rm

61

61

2.2

1.7

3.15

3.6

90.4

26170

250

DRUM HANDLING INSTRUCTIONS Cables and Conductors should be installed by trained personnel in accordance with good engineering practices, recognized codes of practise, statutory local requirements, IEE wiring regulations and where relevant, in accordance with any specific instructions issued by the company. Cables are often supplied in heavy cable reels and handling these reels can constitute a safety hazard. In particular, dangers may arise during the removal of steel binding straps and during the removal of retaining battens and timbers which may expose projecting nails.

Lifting cable drums using crane.

Do not lay drums flat on their sides, use proper stops to prevent drums roling.

Lift drums on fork trucks correctly.

Secure drums adequately before transportation.

Roll in the direction shown by the arrow.

21

DRUM HANDLING INSTRUCTIONS IMPORTANT!!! This cable is jacketed with Low Smoke and Fume, Zero Halogen (LSF0H) material which is a special product produced with the highest material quality for ultimate fire performance and safety, however to have such improved fire characteristics could have different mechanical characteristics than of the PVC sheathed cable. Accordingly, to avoid any sheath damage or cracks the following instructions must be followed: 1.

Store the drums in shaded area, and not exposed to direct sunlight for long period, unless



the drums are covered with the protective cover.

2.

Do not pull the cable directly from the sheath, ensure that the pulling force is distributed



through the conductor or armour metallic parts.

3.

During installation, don’t run the cable on rollers / wheels that have sharp edges, and



when cable tray installation is used, avoid the sheath contact with any sharp objects.

4.

The recommended minimum bending radius of this cable is about 1.5 times that of PVC



cables.

For more Information, please contact Bahra Cables Company – Technology Department, or call Toll free at 800 124 8111

22

RECOMMENDATIONS FOR CABLES INSTALLATION PRODUCT LIFE DATA Low Voltage cables is not subjected to high electric stress, the XLPE insulating material has a dielectric strength voltage of about 22 KV, with the best manufacturing and testing practice applied in Bahra Cables Company to ensure good quality insulation . As Insulation treeing is uncommon problem for LV cables, the chance of electric break down is very minor. The PVC or PE jacketing material is very stable against most of the Chemical traces could be existing at the soil, these material with Black colour Master batch up to 2.5 % have a strong resistance against UV and Environmental conditions. The cables have to be selected and installed as per the recommendation mentioned below. By keeping such standard of installation and operation, Low Voltage cables can survive in service for a time of 25 years or more without failure. RECOMMENDATIONS FOR THE SELECTION, INSTALLATIONS AND OPERATION OF CABLES • The cables are intended to be installed in air, or for burial in free draining soil Conditions. Where the cables are to be laid in any other environment, reference should be made to the cable Bahra Cables Company. • The rated voltage of the cable for a given application should be suitable for the operating conditions in the system in which the cable is used. To facilitate the selection of the cable, systems are divided into three categories as follows. a) Category A This category comprises those systems in which any phase conductor that comes in contact with earth or an earth conductor is disconnected from the system within 1 min. b) Category B This category comprises those systems which, under fault conditions, are operated for a short time with one phase earthed. This period, according to IEC 60183, should not exceed 1 h. For cables specified in this standard, a longer period, not exceeding 8 h on any occasion, can be tolerated. The total duration of earth faults in any year should not exceed 125 h.

23

c) Category C This category comprises all systems which do not fall into categories A and B. The nominal system voltage U, (up to 1.0 KV) is the nominal voltage between phases, The maximum sustained system voltage, Um ( 1.2 KV) is the highest voltage between phases that can be sustained under normal operating conditions at any time and at any point in the system. It excludes transient voltage variations, due, for example, to lightning impulses, fault conditions and rapid connection of loads. Single-core cables are suitable for d.c. systems operating at up to 1 000 V to earth and twocore 600/1 000 V cables at up to 1 500 V between conductors. CABLES INSTALLED IN HAZARDOUS AREAS Where cables are required to be installed in areas classified as hazardous, i.e. potentially explosive gas atmospheres, reference should be made to IEC 60079-14. CURRENT RATINGS The current rates introduced previously in this catalogue have to be followed. • Cables should be installed and used in association with other equipment in accordance with BS7671 and/or the Electricity Safety, Quality and Continuity Regulations, as appropriate. In special environments, the appropriate regulations and codes of practice should be observed. • Minimum temperature during installation It is recommended that the cables be installed only when both the cable and ambient temperatures are above 0 °C and have been so for the previous 24 h, or where special precautions have been taken to maintain the cable above this temperature. MINIMUM INSTALLATION RADIUS None of the cables specified in this catalogue should be bent during installation to a radius smaller than that given in BCC product Catalogues and the offered data sheets, wherever possible, larger installation radii should be used. PREVENTION OF MOISTURE INGRESS Care should be exercised during installation to avoid any damage to cable coverings. This is important in wet or other aggressive environments. The protective cable end cap should not be removed from the ends of the cable until immediately prior to termination or jointing, especially for cables that do not have extruded bedding. When the end caps have been removed the unprotected ends of the cable should not be exposed to any kind of moisture.

24

TEST AFTER INSTALLATION A voltage test after installation should be performed with direct current of 3.5 KV DC between conductor phases and the same value between each conductor and armouring. During the test, the voltage should be increased gradually to the full value and maintained continuously for 15 min. The test should be made between conductors and between each conductor and armour. The requirement is : No breakdown should occur. The test voltages given above are intended for cables immediately after installation and not for cables that have been in service. When testing is required after cables have been in service, regardless of service duration, Bahra Cables Company- Technology Department should be consulted for the appropriate test conditions, which depend on the individual circumstances. CABLES FAULTS PREVENTION The Low Voltage Cables faults are possible due to different reasons: 1.

Physical damage due to mishandling or misuse

2.

Physical Damage during operations.

3.

Over current.

4.

Fire or excessive temperature at the cables location.

5.

Manufacturing malfunction, which Bahra Cables Company guarantees its product against

any defect or wrong workmanship, meanwhile in case of damage due to this reason, the action will be taken as per the submitted warranty letter, and the company will apply the required corrective and preventive actions. Recommendation for failures: Insulation failure, the defected section is recommended to be replaced , the replacement should be from joint to joint. Serving/ jacketing failure, if the water did not ingress through the cable, the jacket will be repaired using proper repairing techniques carried out by skilled technician. If the water came inside the cables to insulation, for cables suitable for wet location, practically dry the defected portion before repair. If the cable is not suitable for wet applications and the underground water engrossed inside it, replacing the defected section from joint to joint is the recommend solution.

25

ORDERING INFORMATION To serve our customer in minimum time and high efficiency, our valuable customers are requested to provide the following details along with their enquiries and orders:

26

1.

Number of phases/cores.

2.

Conductor required cross sectional area (conductor size along with size of



neutral phase).

3.

System Voltage Rate .

4.

Applicable customer specification or International Standard / Norm.

5.

Conductor material (Copper).

6.

Insulation Material (XLPE/LSF0H-XL).

7.

Bedding / Inner Sheathing (Inner Jacketing (LSF0H).

8.

Armouring Type (SWA or AWA).

9.

Cable jacketing material (LSF0H).

10.

Required length of cables (drum schedules)

LOCATION

N

MAP

PREMCO Aluminum Factory

INDUSTRIAL PARK

To M a

kkah

Roundabot

Bah

ra F

King AbdulA ziz Medical City

lyo

ver

AH KK

MA

To J

edd

ah

Training Institute for Technology

RO

AD

Pre Cast Factory for Concrete

To Makkah